学习型多旋翼无人飞行器产品设计
毕业论文关键词:多旋翼无人飞行器 科学玩具 科学原理 3D打印 产品设计
Title Learning Multi-rotor Unmanned Product Design
Abstract
Multi-rotor UAV in recent years because of its popular degree has become a hot
topic of major colleges and universities. While few people care about primary UAVs,
particularly for students learning. In this paper, it focuses on research and
design of primary UAV applied to student learning. Product design is based on
micro-four-rotors design, and the use of 3D printers to print all parts of the
frame. It will avoid the security risks because of the previous structure, so that
the UAV design matures and industrialization is the important step. This paper
also focuses on the appearance of a new product and packaging design, using 3D
printing technology to verify the feasibility of the program, analyzing the final
structure of this product and giving a full explanation of the learning process,
so that the students can quickly assemble and test the product, then have a further
learning and development of the product.
Keywords： Multi-rotor UAV Science Toy Scientific principle 3D printing Product design
目次
1 绪论 1
1.1 研究动机与目标 1
1.2 研究的背景 .. 1
1.2.1 科学玩具的教育价值 1
1.2.2 无人飞行器的概念及发展 . 2
1.3 研究的市场背景 4
1.4 系统的主要技术原理 . 5
1.5 设计研究程序 . 6
2 前期研究分析 .. 7
2.1 现有的微型无人飞行器产品分析 .. 7
2.2 现存问题 7
2.3 使用人群及设计产品定位 .. 8
2.3.1 我国学生科普教育的现状 . 8
2.3.1 理想的科普教育玩具应满足的条件 8
2.3.4 产品定位及现实意义 9
3 设计方案探究 11
3.1 设计思路 . 11
3.1.1 必备功能及其结构原理布局 . 11
3.1.2 色彩设计-满足使用的的审美观要求 .. 13
3.1.3 ABS 材料及 3D 加工工艺的可研性 . 13
3.2 草图方案 . 15
3.3 尺寸 16
3.3.1 模块化一体式机架设计尺寸及说明 . 16
3.3.2 接插拼装式机架设计尺寸及说明 .. 16
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